Re: IP Pones LMS

Campus Manager only supports Cisco IP phones registered to a Cisco Call Manager. Campus does not currently support CCM version 5.x or 6.x software. Make sure your CCMs are showing up properly on the Topology Map with green application server icons. Make sure the phones first show up in User Tracking as regular end hosts. Only then will UT query the ccmPhoneTable on the CCMs to get the IP phone details.

Re: IP Pones LMS

In order for a phone to show up as an end host, it must be connected to a Cisco switch which has been properly Data Collected by Campus Manager, and shows up on the Topology Map with a green switch icon. Depending on the switch type, the port to which the phone connects must also be an access port and not a trunk port. However, this can be worked around in Campus 5.0 by enabling trunk port acquisition. Next, the phone must appear in that switch's CAM/MAC table. If SNMPv1 or v2c is being used on the switch, the switch's community string must not contain a '@'. If SNMPv3 is being used, then the switch must be configured for SNMPv3 contexts, and the VLAN which contains the phone must be an allowed context.

Re: IP Pones LMS

We have CCM version 6.X and LMS 3.0, we have approximately 1500 IP Phones. We have the known problem of incompatibility too. Is this IDU 21.0 the fix for the incompatibility. Is it available yet. Will it be included in LMS version 3.1 Thanks.

Re: IP Pones LMS

The ProblemEnter EVCsHow It Works (Ingress)How It Works
(Egress)Step-by-Step ExampleFinal Thoughts The ProblemOn traditional
switches whenever we have a trunk interface we use the VLAN tag to
demultiplex the VLANs. The switch needs to determine which MAC ...
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The ProblemEnter EVCsHow It Works (Ingress)How It Works
(Egress)Step-by-Step ExampleFinal Thoughts Introduction: Netdr is a tool
available on a RSP720, Sup720 or Sup32 that allows one to capture
packets on the RP or SP inband. The netdr command can be use...
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IntroductionOSPF, being a link-state protocol, allows for every router
in the network to know of every link and OSPF speaker in the entire
network. From this picture each router independently runs the Shortest
Path First (SPF) algorithm to determine the b...
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